Fully Automatic Solid-Phase Extraction Instrument

The fully automated solid-phase extraction instrument is a state-of-the-art system designed to meet the high automation demands of modern laboratory sample preparation. Primarily used for the extraction, separation, and purification of trace organic compounds from sample extracts in food, pharmaceuticals, beverages, soil, water samples, and other materials.

• The system not only achieves full automation of the entire solid-phase extraction process—from activation, sample loading, elution, to collection—but also features rapid concentration capabilities, further enhancing workflow efficiency.

• The software functionality fully leverages the advantages of solid-phase extraction. Featuring a graphical user interface and pre-programmed extraction methods, it supports flexible operation in either fully automated or step-by-step modes.

• Valve switching technology effectively minimizes mechanical failures associated with robotic arms while reducing dead volume in fluid pathways.

• Compatible with extraction columns from various manufacturers in sizes including 1mL, 3mL, 6mL, and 12mL to meet diverse application requirements.

• Features stepless digital control operation with digital flow rate display and timer functionality.

• Allows customizable cleaning programs for more thorough cleaning and reduced cross-contamination.

• Employs a CNC pump for precise flow rate control, ensuring stable flow and sample recovery.

• Utilizes positive pressure injection to guarantee consistent flow rates and repeatability.

• High-precision metering pump with advanced CNC technology delivers low energy consumption and minimal noise.

• CNC pump tubing and column connectors use long-life materials resistant to acids, alkalis, organic solvents, and oxidizing agents.

• Simple operation allows one operator to process 1 to 6 samples simultaneously, significantly improving efficiency.

• Flexible sample types accommodate both large-volume and small-volume samples, including moderately contaminated samples.

• Multiple processing modes enable parallel or serial handling of multiple samples. Channels operate independently without cross-contamination.

• Comprehensive safety protections include system overpressure and overtemperature safeguards, ensuring unattended operation remains secure.

• Modular chassis design facilitates maintenance, mobility, and operation.